Blog

Germany's bridges are ailing – it is therefore appropriate to continuously monitor their condition using sensors. Continuous sensor monitoring can also make sense for other infrastructure such as offshore telecommunications, pipelines, and wind turbines. Researchers at Fraunhofer IKTS are developing the corresponding sensors and procedures.

At Fraunhofer IKTS, X-ray microscopes, SEM, and TEM are used not only for imaging tiny microchip structures, but also for nanomechanical in-situ experiments.

Tuesday's portrait. At #diensttalk, our employees give a little insight into their work and reveal the vision that drives them. Christian Klöppelt works at the IKTS site in Halle (Saale) on economic and ecological assessments of technologies and systems. He explains the exciting topics he is working on in the “Economic Analysis and Sustainability” working group and why he believes science communication is so important.

Our Tuesday feature: In the #diensttalk, our employees give a little insight into their work and reveal the vision that drives them. Hans-Jürgen Friedrich has been working on issues relating to the treatment of mine water using electrochemical processes for around 30 years. He tests purification technologies in the depths of the Ehrenfriedersdorf tin mine – an opportunity for the region and the environment.

Since this year, the Center for Economics and Management of Technologies (CEM), based in Halle (Saale), has been integrated as a new structural unit at Fraunhofer IKTS. In this interview, its director, Dr. Daniela Pufky-Heinrich, and the deputy director of Fraunhofer IKTS, Prof. Dr. Michael Stelter, provide an insight into the future collaboration.

Our Tuesday feature: In the #diensttalk, our employees give a little insight into their work and reveal the vision that drives them. Christiane Schuster works on optical testing methods and nanosensor technology at the IKTS site in Dresden-Klotzsche. As head of the working group of the same name, she explains what lies behind this and reveals her personal research highlights to date. We also find out what she is most passionate about.

People at Fraunhofer IKTS are driven by the aim to develop holistic economical and sustainable systems as well as services for practical applications. They work together across various disciplines to gain insight into the complex questions of our time, and drive innovation.

Carbon (or simply: C) has a bad reputation. At the same time, carbon is everywhere. It is the atom of life and shapes our entire economy. Carbon is part of our DNA, the foods we eat, and the products we use every day. Carbon is part of the fuels that power our vehicles and factories or heat our homes, and the materials we use to build our cities. In industry, carbon is both a source of energy and a raw material – all of organic chemistry and the downstream added value, including the building materials and plastics industries, is based on carbon.

The Tuesday feature. In the #diensttalk series, our employees give a brief insight into their activities and reveal what vision drives them. This time, Dr. Stefanie Seitz, transfer expert at IKTS, gives us an insight into how she develops innovative formats for vocational training, e.g. for the automotive industry, and supports researchers in putting their ideas, knowledge and developments into practice.

Wastewater treatment in sewage plants is conventionally carried out in three stages: First, there is mechanical filtration, followed by biological treatment, and finally secondary sedimentation, in which the treated wastewater is separated from the sewage sludge. Increasingly, however, a fourth treatment stage is being used, which is intended in particular to remove micropollutants such as pesticides or detergents from wastewater. In this treatment stage, ozonation takes place. The ozone (O3) reacts with organic compounds, bacteria, viruses and other pollutants in the water and causes their oxidation or destruction.